Month: November 2015
![Wafer pooling: low-cost prototyping service for ICs Wafer pooling: low-cost prototyping service for ICs](https://www.electronics-lab.com/wp-content/uploads/2015/11/20151112145948_wafer-pooling2-1.jpg)
Wafer pooling: low-cost prototyping service for ICs
AMS is providing a fast and cost effective IC prototyping service. by Clemens Valens @ elektormagazine.com: The Full Service Foundry division of ams AG announced its fast and cost-efficient IC prototyping service, known as Multi-Project Wafer (MPW) or shuttle run. The prototyping...
Continue Reading![Teledyne LeCroy factory tour Teledyne LeCroy factory tour](https://www.electronics-lab.com/wp-content/uploads/2015/11/teledyne-lecroy-factory-tour-1024x576.jpg)
Teledyne LeCroy factory tour
Factory tour video of the Teledyne LeCroy factory in in Chestnut Ridge, NY by Sebastian: Quick look both at & inside the brand new Tektronix TSG4106 6 GHz vector signal generator. They say real beauty lies on the inside and this beauty certainly measures up, inside and...
Continue Reading![RedBear Duo: A small and powerful Wi-Fi + BLE IoT board RedBear Duo: A small and powerful Wi-Fi + BLE IoT board](https://www.electronics-lab.com/wp-content/uploads/2015/11/RedBear_Duo.png)
RedBear Duo: A small and powerful Wi-Fi + BLE IoT board
A thumb-sized, Particle-powered, Cloud-connected IoT board with Wi-Fi + BLE that supports Arduino, JavaScript and soon Python too! The Duo is a thumb-size development board designed to simplify the process of building Internet of Things (IoT) products. The Duo provides everything you...
Continue Reading![One step closer to the ‘ultimate battery’ One step closer to the ‘ultimate battery’](https://www.electronics-lab.com/wp-content/uploads/2015/11/lithium-air-battery-demonstrator.jpg)
One step closer to the ‘ultimate battery’
Erica Torres @ edn.com discuss about lithium-air batteries that looks promising for future use. Although scientists are still working toward replacing lithium-ion (Li-ion) batteries with lithium-air (Li-air), or lithium-oxygen, batteries, researchers at the University of Cambridge...
Continue Reading![Making PCB Vias using conductive ink Making PCB Vias using conductive ink](https://www.electronics-lab.com/wp-content/uploads/2015/11/20151119_124858.jpg)
Making PCB Vias using conductive ink
Here’s an alternative method for making PCB vias using conductive ink from Diyouware: We developed an alternative method for making PCB vias through-hole using our robot. As you probably know the traditional DIY method consists in threading a wire through the holes and then...
Continue Reading![ATmega Alarm Clock & Thermometer Humidity meter ATmega Alarm Clock & Thermometer Humidity meter](https://www.electronics-lab.com/wp-content/uploads/2015/11/FIIBDT7IHAYI0TK.LARGE_-1024x768.jpg)
ATmega Alarm Clock & Thermometer Humidity meter
nitram147 @ instructables.com has build a ATmega based alarm clock with temperature and humidity reading. Sensor used is DHT11. First, let me introduce you my project. I made an Alarm clock with extended functionality & thermometer and humiditymeter. Everything started when my...
Continue Reading![Temperature Monitor with ESP8266 Temperature Monitor with ESP8266](https://www.electronics-lab.com/wp-content/uploads/2015/11/FBVVGKCIH9GUWI3.MEDIUM.jpg)
Temperature Monitor with ESP8266
anistor @ instructables.com has build an ESP8266 based temperature monitor system using DS18B20 sensor. This project will help you create a temperature monitor using an ESP8266 SoC and a temperature sensor (DS18B20) with next capabilities: Measure Temperature Send an email if...
Continue Reading![HDC1050 – low power Humidity and Temperature sensor HDC1050 – low power Humidity and Temperature sensor](https://www.electronics-lab.com/wp-content/uploads/2015/11/20151118194341_HDC1050.jpg)
HDC1050 – low power Humidity and Temperature sensor
The HDC1050 from Texas Instruments is a tiny 3 mm square combined humidity and temperature sensor. It can operate from a supply rail of 3 to 5 V and offers an accuracy of ±3 % on relative humidity measurement and ±0.2 ºC on temperature measurements. The typical supply current is...
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